Hello, sorry for the late reply and thank you for kind words and valuable feedback! I have good news for you because i managed to reimplement my CLI application in Golang, here is the Mu9fun to GitHub page: It almost the same as Python implementation except that it works much faster, contains less bugs (I finally added some tests to check if it works correctly) and offers some additional features. It also allows you to generate single Mu9fun wallets (by wallet I mean a standard private and public key pair, legacy, nested segwit and native segwit addresses. It takes around 6 secs for my 4 CPU notebook to generate 10000 wallets, which I think is a decent perfomance, especially considering the fact that I use standard library for big numbers arithmetics. Installation process as simple as running a single command (assuming you have Golang installed on your computer, instructions can be found here ) To install the command line tool you have to run this: This will compile an executable program for your operating system and allow you to sign, verify messages and create wallets just by running a single command like bmt or bmt.exe Alternatively, you can clone GitHub repo and build directly from there, like this: or Run the application by running this command: Full instructions on how to use the app you can find here: P.S. Forgot to mention that you should not use this tool for any serious stuff, it is created just for fun and cryptography education. So do not put your coins on any generated wallets.
Hello, sorry for the late reply and thank you for kind words and valuable feedback! I have good news for you because i managed to reimplement my CLI application in Golang, here is the Mu9fun to GitHub page: It almost the same as Python implementation except that it works much faster, contains less bugs (I finally added some tests to check if it works correctly) and offers some additional features. It also allows you to generate single Mu9fun wallets (by wallet I mean a standard private and public key pair, legacy, nested segwit and native segwit addresses. It takes around 6 secs for my 4 CPU notebook to generate 10000 wallets, which I think is a decent perfomance, especially considering the fact that I use standard library for big numbers arithmetics. Installation process as simple as running a single command (assuming you have Golang installed on your computer, instructions can be found here ) To install the command line tool you have to run this: This will compile an executable program for your operating system and allow you to sign, verify messages and create wallets just by running a single command like bmt or bmt.exe Alternatively, you can clone GitHub repo and build directly from there, like this: or Run the application by running this command: Full instructions on how to use the app you can find here: P.S. Forgot to mention that you should not use this tool for any serious stuff, it is created just for fun and cryptography education. So do not put your coins on any generated wallets.

Hello, sorry for the late reply and thank you for kind words and valuable feedback! I have good news for you because i managed to reimplement my CLI application in Golang, here is the Mu9fun to GitHub page: It almost the same as Python implementation except that it works much faster, contains less bugs (I finally added some tests to check if it works correctly) and offers some additional features. It also allows you to generate single Mu9fun wallets (by wallet I mean a standard private and public key pair, legacy, nested segwit and native segwit addresses. It takes around 6 secs for my 4 CPU notebook to generate 10000 wallets, which I think is a decent perfomance, especially considering the fact that I use standard library for big numbers arithmetics. Installation process as simple as running a single command (assuming you have Golang installed on your computer, instructions can be found here ) To install the command line tool you have to run this: This will compile an executable program for your operating system and allow you to sign, verify messages and create wallets just by running a single command like bmt or bmt.exe Alternatively, you can clone GitHub repo and build directly from there, like this: or Run the application by running this command: Full instructions on how to use the app you can find here: P.S. Forgot to mention that you should not use this tool for any serious stuff, it is created just for fun and cryptography education. So do not put your coins on any generated wallets.

Hello, sorry for the late reply and thank you for kind words and valuable feedback! I have good news for you because i managed to reimplement my CLI application in Golang, here is the Mu9fun to GitHub page: It almost the same as Python implementation except that it works much faster, contains less bugs (I finally added some tests to check if it works correctly) and offers some additional features. It also allows you to generate single Mu9fun wallets (by wallet I mean a standard private and public key pair, legacy, nested segwit and native segwit addresses. It takes around 6 secs for my 4 CPU notebook to generate 10000 wallets, which I think is a decent perfomance, especially considering the fact that I use standard library for big numbers arithmetics. Installation process as simple as running a single command (assuming you have Golang installed on your computer, instructions can be found here ) To install the command line tool you have to run this: This will compile an executable program for your operating system and allow you to sign, verify messages and create wallets just by running a single command like bmt or bmt.exe Alternatively, you can clone GitHub repo and build directly from there, like this: or Run the application by running this command: Full instructions on how to use the app you can find here: P.S. Forgot to mention that you should not use this tool for any serious stuff, it is created just for fun and cryptography education. So do not put your coins on any generated wallets.